public void Execute(Sign signBlock, InputState currentInputs, InputState previousInputs) {
if (currentInputs.isInputOneHigh() && previousInputs.isInputOneLow()) {
if (this.getData(signBlock) == null) {
return;
}
this.outputData(this.getData(signBlock), signBlock, 2);
}
}
public void Execute(Sign signBlock, InputState currentInputs, InputState previousInputs) {
if (currentInputs.isInputOneHigh() && previousInputs.isInputOneLow()) {
BaseData data = this.getData(signBlock);
if (data == null) {
return;
}
if (data.getType() == DataTypes.NUMBER) {
int rand = new Random().nextInt(((NumberData) data).getInt());
outputData(new NumberData(rand), signBlock, 2);
}
}
}
public void Execute(Sign signBlock, InputState currentInputs, InputState previousInputs) {
boolean input1High = currentInputs.isInputOneHigh();
boolean input2High = currentInputs.isInputTwoHigh();
MC2111.SchedulerClass sched;
Iterator newSched;
if (!input1High && !input2High) {
newSched = this.TaskList.values().iterator();
while (newSched.hasNext()) {
sched = (MC2111.SchedulerClass) newSched.next();
if (sched.equalsLoc(signBlock.getBlock().getLocation())) {
Bukkit.getServer().getScheduler().cancelTask(sched.TaskID);
this.TaskList.remove(signBlock.getBlock().getLocation().toString());
break;
}
}
if (!Parser.isInteger(signBlock.getLine(2))) {
return;
}
int sched1 = Math.abs(Parser.getInteger(signBlock.getLine(2), 1));
MC2111.SchedulerClass newSched1 =
new MC2111.SchedulerClass(this, signBlock.getBlock().getLocation());
newSched1.TaskID =
Bukkit.getServer()
.getScheduler()
.scheduleSyncDelayedTask(
FalseBookICCore.getInstance(), newSched1, (long) (20 * sched1));
this.TaskList.put(signBlock.getBlock().getLocation().toString(), newSched1);
} else if (input1High || input2High) {
newSched = this.TaskList.values().iterator();
while (newSched.hasNext()) {
sched = (MC2111.SchedulerClass) newSched.next();
if (sched.equalsLoc(signBlock.getBlock().getLocation())) {
Bukkit.getServer().getScheduler().cancelTask(sched.TaskID);
this.TaskList.remove(signBlock.getBlock().getLocation().toString());
break;
}
}
this.switchLever(Lever.BACK, signBlock, false);
}
}
public void Execute(Sign signBlock, InputState currentInputs, InputState previousInputs) {
boolean inputA = currentInputs.isInputOneHigh();
boolean inputB = currentInputs.isInputTwoHigh();
boolean inputC = currentInputs.isInputThreeHigh();
if (inputA && !inputB && !inputC) {
this.switchLever(Lever.BACK, signBlock, true, 3);
this.switchLever(Lever.LEFT, signBlock, false, 2);
this.switchLever(Lever.RIGHT, signBlock, false, 2);
} else if (!inputA && inputB && !inputC) {
this.switchLever(Lever.BACK, signBlock, false, 3);
this.switchLever(Lever.LEFT, signBlock, true, 2);
this.switchLever(Lever.RIGHT, signBlock, false, 2);
} else if (!inputA && !inputB && inputC) {
this.switchLever(Lever.BACK, signBlock, false, 3);
this.switchLever(Lever.LEFT, signBlock, false, 2);
this.switchLever(Lever.RIGHT, signBlock, true, 2);
} else {
this.switchLever(Lever.BACK, signBlock, false, 3);
this.switchLever(Lever.LEFT, signBlock, false, 2);
this.switchLever(Lever.RIGHT, signBlock, false, 2);
}
}